The Significance of Multipath Ultrasonic Meters
Since the release of the AGA Report No. 9 in 1998, multipath ultrasonic flow meters have emerged as the preferred technology for measuring flow in large pipelines, particularly in natural gas custody transfer applications. This preference stems from several key advantages, including exceptional measurement accuracy, high turndown ratios, resilience against installation effects, and cost efficiency. Despite their strengths, flow meters are still susceptible to external conditions. The layout of the upstream piping and its operational parameters influence the fluid's velocity profile as it traverses the meter. To mitigate the impact of these installation variables, the Q.Sonicmax surpasses the OIML Accuracy Class 0.5 standards.
Innovative Path Configuration for Superior Performance
The Honeywell Q.Sonicmax ultrasonic gas flow meter introduces a cutting-edge 8-path design, incorporating both reflection and direct paths to achieve unrivaled flow profile recognition and exceptional noise immunity. This patented path configuration empowers the meter with unmatched diagnostics capabilities, swiftly identifying issues like swirls, fouling, or liquid presence within the meter. Utilizing direct paths enhances the meter's robustness, ensuring noise immunity in environments with high valve noise or CO2-rich compositions. Additionally, built-in pressure and temperature sensors enable precise determination of the Reynolds number and dynamic correction of the meter's performance, maintaining unparalleled accuracy across diverse operational scenarios.
Revolutionizing Gas Flow Measurement
By integrating market-leading ultrasonic metering technology, advanced diagnostics, and user-friendly software, the Q.Sonicmax epitomizes the pinnacle of accuracy, reliability, cost-effectiveness, and long-term performance. This ultrasonic meter stands out for its exceptional flow profile recognition capabilities and steadfast maintenance of low uncertainty levels under all conditions. Notably, users do not need to compromise on standard deviations or restricted flow rates to achieve compliance with the stringent OIML Accuracy Class 0.5. The Q.Sonicmax is a game-changer in gas flow measurement, redefining industry standards for precision and dependability.
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